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1 Photoaffinity labeling of human protein geranylgeranyltransferase with

2 Here we report site-selective labeling of NDM-1 with 1,1,1-trifluoro-3-bromo acetone (

3 Retrograde labeling of the optic nerve with 1,1'-dioctadecyl-3,3,3'

4 Double labeling of cells with 12-(N-methyl)-N-[(7-nitrobenz-2-o

5 DeltaNK(IR)6.2/SUR1 channels exhibit reduced labeling of K(IR) with (125)I-azidoglibenclamide, implyi

6 Remarkably, labeling of 26S-associated USP14 with [(125)I]UbVS is in

7 Ing3A, but not PMA, blocked photoaffinity labeling of human P-gp with [(125)I]iodoaryazidoprazosin

8 hole cell transport assays and photoaffinity labeling of Pdr5p with [(125)I]iodoarylazidoprazosin in

9 entration-dependent manner the photoaffinity labeling of the multidrug transporter with 125I-iodoaryl

10 We performed in vivo isotopic labeling of Arabidopsis thaliana rosettes with (13)CO2 a

11 Labeling of the substrate with (13)C and (2)H was used t

12 Isotopic labeling of RNA with 13C and 15N has become a routine pr

13 Direct photoaffinity labeling of microtubule protein with [14C]estramustine r

14 izoxin and paclitaxel decreased the covalent labeling of tubulin with [14C]estramustine in a dose-dep

15 The progressive labeling of new peptides with (15)N and measuring the de

16 nance techniques depends on double or triple labeling of samples with (15)N, (13)C, and (2)H.

17 A9/G10.1 region is achieved by site-specific labeling of G10.1 with 15N guanine.

18 We report the successful labeling of IL2 with (18)F for PET of activated T lympho

19 Therefore, direct labeling of MSCs and MAPCs with (18)F-FDG is a suitable

20 as a general strategy for the site-specific labeling of other proteins with (18)F.

21 Labeling of PSMA tracers with (18)F offers numerous adva

22 ess an affinity for melanin, suggesting that labeling of such benzamides with (18)F could potentially

23 o be promising radioligands suitable for the labeling of SERT in vivo, with 18a providing a higher sp

24 Immunofluorescent labeling of quail embryos with 1E12 and a MAb to smooth

25 The method is based on isotopic labeling of alpha-amino groups with 2, 4-dinitrofluorobe

26 Long term labeling of cells with [2-3H]mannose showed that the spe

27 l 4,5-bisphosphate, probed using equilibrium labeling of cells with [(3)H]myo-inositol.

28 Photoaffinity labeling of CRABP-I with [(3)H]RA was light- and concent

29 Photoaffinity labeling of porcine SR with [(3)H]azidodantrolene, a pho

30 Metabolic labeling of hCTPS2 with [(32)P]H(3)PO(4) demonstrated th

31 We have used metabolic labeling of staphylococcal cultures with [(32)P]phosphor

32 Metabolic labeling of glial dynein with 32P followed by treatment

33 Metabolic labeling of the cultures with 32P revealed that NR2 subu

34 rylation, either in vivo following metabolic labeling of cells with [32P]orthophosphate or in vitro i

35 tation with anti-VSVG antibody after in vivo labeling of PS120/NHE3V cells with [32P]orthophosphate.

36 Labeling of roots with [32P]inorganic phosphate confirme

37 was established by demonstrating equivalent labeling of the protein with [32P]orthophosphate in the

38 Pulse-chase labeling of MRP1 with (35)S-methionine and (35)S-cystein

39 sults presented here indicate that metabolic labeling of cells with [(35)S]methionine under standard

40 Western blotting experiments and pulse labeling of infected cells with [(35)S]methionine demons

41 luR4 subunits were determined by pulse-chase labeling of cells with [35S]methionine.

42 by TGF-beta and CTGF was confirmed by pulse labeling of cells with [35S]methionine.

43 Metabolic labeling of cellular proteins with [35S]methionine after

44 Pulse-chase labeling of NEM-treated cells with [35S]methionine revea

45 Kinetic metabolic labeling of cells with [3H]-leucine indicated that p19Ar

46 After labeling of cellular ACh pools with [3H]choline, potassi

47 ity of macrophages was assessed by metabolic labeling of M. tuberculosis with [3H]uracil.

48 Labeling of MC1 with [3H]NEM indicated that enhanced MT

49 smaller molecules was supported by metabolic labeling of mtDNA with [3H]thymidine during relaxed copy

50 echanistic studies showed that photoaffinity labeling of P-glycoprotein (Pgp) with [3H] azidopine was

51 almitoylation of the mutants was examined by labeling of the protein with [3H]-labeled palmitic acid.

52 Time course labeling of VV-infected cells with [3H]myristic acid rev

53 Metabolic pulse-labeling of nascent RNA with 4'Thiouridine was used with

54 th bands are shifted to lower frequency upon labeling of the protein with [4-(13)C]aspartic acid.

55 Direct labeling of apotransferrin in situ with 45Ti was achieve

56 In both neonatal and adult mice, the labeling of dividing cells with 5-bromo-2'-deoxyuridine

57 Labeling of the iron with 54Fe confirms that the proxima

58 We have used in vivo labeling of dividing cells with 6,6-(2)H(2)-glucose, com

59 Using in vivo pulse-chase labeling of neutrophil DNA with 6,6-(2)H2-glucose, we fo

60 Labeling of this nanoparticle with (64)Cu yielded a high

61 Labeling of DOTANOC and DOTATATE with (68)Ga was standar

62 However, metabolic labeling of A34 transgenic mice with (75)Se revealed tha

63 In addition, metabolic labeling of MR cells with (75)Se revealed a loss of the

64 ighly modular and efficient strategy for the labeling of liposomal nanoparticles with (89)Zr.

65 ine-accessibility method that relies on mass-labeling of accessible SH groups with a large SH reagent

66 subunit specific antibody immunocytochemical labeling of cells with a neuronal morphology indicated t

67 At embryonic day 18, labeling of cortical pyramidal cells with a yellow fluor

68 residues in a double-Cys mutant, followed by labeling of Cys148 with a thiol-reactive chelator that b

69 Affinity labeling of FAAH with a specific nucleophile reactive in

70 Metabolic labeling of glycans with a bioorthogonal chemical report

71 metry and size of VLPs are not influenced by labeling of HIV-1 Gag with a fluorescent protein.

72 etase (L274G) enables the cell-type-specific labeling of nascent proteins with a non-canonical amino-

73 lanilino)naphthalene-6-sulfonic acid (MIANS) labeling of permease with a single Cys residue in place

74 We used in situ fluorescent labeling of proteins tagged with a short tetracysteine-c

75 the reaction irreversible, allowing complete labeling of proteins with a small excess of substrate an

76 The long-term metabolic labeling of rats with a diet enriched in 15N did not res

77 Using site-directed spin labeling of Ser(155)Cys with a nitroxide side chain, we

78 ach permits selective and efficient covalent labeling of small RNA duplexes with a variety of functio

79 In vivo prospective labeling of Sox2-expressing cells with a Cre-lox system

80 Intracellular labeling of streptococci with a nontoxic fluorescent dye

81 be identified on imaging by in vivo (99m)Tc labeling of the coronary thrombus with a compound that b

82 Additionally, labeling of the systemin receptor with a photoaffinity a

83 Labeling of the unique cysteine with a sulfhydryl-reacti

84 Labeling of these polypeptides with a serine proteinase

85 ary epithelial cell membranes results in the labeling of two specific bands with a molecular weight o

86 C, we developed a new approach based on the "labeling" of tumors with a phospholipid "eat-me" signal,

87 Labeling of PICs with A3F-YFP, and to a lesser extent A3

88 In this method, metabolic labeling of newly synthesized proteins with AHA endows t

89 de expansion and site-specific bioorthogonal labeling of rhodopsin with Alexa488 to enable, to our kn

90 The method permits labeling of deacetylated residues with amine-reactive bi

91 states simultaneously through stable isotope labeling of cells with amino acids in cell culture (SILA

92 ee protein expression systems allow specific labeling of proteins with amino acids containing stable

93 The metabolic labeling of cells with an alkynyl derivative of 20(S)-hy

94 Covalent labeling of M2 positions with an alcohol analog, a metha

95 ssess cytosolic delivery rely on fluorescent labeling of macromolecules with an "always on" reporter

96 fore, this review also addresses the in vivo labeling of organisms with an emphasis on plants.

97 Affinity labeling of the protease activity with an irreversible C

98 Successful labeling of proteins with Anl in several mammalian cell

99 rons but that in addition there is extensive labeling of glial cells associated with anterograde dege

100 Indirect immunofluorescent labeling of aortic smooth muscle with anti-RyR antibodie

101 Labeling of synapses with anti-delta receptor antibody a

102 Immuno-labeling of these structures with anti-caveolin IgG conf

103 In vitro labeling of human blood cells with antibodies against ce

104 Immunofluorescence labelings of differentiating myocytes with antibodies ag

105 conditions, we achieved fast, site-specific labeling of a protein with approximately 100% efficiency

106 Labeling of KatG with beta-methylene-deuterated tyrosine

107 it a low pK(a), and that the decrease in the labeling of cell lysate proteins with BIAM caused by pri

108 (32)P labeling of RNAs immunoprecipitated with BIG1 or nucleol

109 Specific labeling of biomolecules with biochemical and biophysica

110 Intracellular labeling of astrocytes with biocytin revealed that CA1 a

111 hatchling chicks by using single and double labeling of fibers and terminals with biocytin conjugate

112 Labeling of natural products with biophysical probes has

113 This step was also devised to dual-labeling of PCR products with biotin and 6-FAM, which ar

114 In studies examining the labeling of surface proteins with biotin in intact plate

115 purification method relies on the reversible labeling of thiol groups with biotin and exploitation of

116 m the spleens of immunized mice, followed by labeling of nontarget cells with biotinylated antibodies

117 the RBC anion transporter), as determined by labeling of RBC membranes with biotinylated ABA.

118 Labeling of the mice with BrdUrd demonstrated that, 7 da

119 Specific labeling of biomolecules with bright fluorophores is the

120 Labeling of cells with bromodeoxyuridine immediately pri

121 Metabolic labeling of live animals with bromodeoxyuridine at postn

122 Pulse-labeling of progenitors with bromodeoxyuridine showed th

123 Labeling of proliferating cells with bromodeoxyuridine d

124 Ang II quantity and labeling of myocytes increased significantly with cardia

125 h a protein of interest allows site-specific labeling of the protein with CBT both in vitro and on th

126 Fluorescent labeling of budding yeast nucleoli with CDC14-GFP reveal

127 Co-labeling of Oc1 with cell cycle markers confirmed that O

128 Labeling of glomerular hybrid GBM with chain-specific an

129 Pulse labeling of endothelial cells with cholera toxin B subun

130 Purpose To determine whether endogenous labeling of macrophages with clinically applicable nanop

131 peptide termini labeling (IPTL) is based on labeling of both peptide termini with complementary isot

132 sidues in pterin-free NOS were identified by labeling of NOS with cysteine-directed reagents before a

133 Active site labeling of all prothrombin derivatives with D-Phe-Pro-A

134 y with clinically accepted in vivo metabolic labeling of tissue with deuterium to generate images of

135 es before isoelectric focusing, enabling the labeling of 2-3 samples with different dyes and electrop

136 cus pyogenes, is exploited for site-specific labeling of a single polypeptide with different labels a

137 tion nanoscopy, we imaged secondary antibody labeling of monoclonal AQP4-IgGs with differing epitope

138 pose, we marked these cells using retrograde labeling of fixed turtle retinas with DiI (1,1'-dioctade

139 eine labeling, this approach allows the dual labeling of proteins with distinct probes at two distinc

140 In each forebrain site, robust labeling of cells with distinguishable nuclei and short

141 Rapid, site-specific labeling of proteins with diverse probes remains an outs

142 increased bradyzoite gene transcription and labeling of vacuoles with Dolichos biflorus lectin under

143 Additionally, retrograde labeling of striatal neurons, along with double anterogr

144 Pulse-labeling of DNA with EdU and RNA with BrU and testing th

145 In these mice, labeling of newborn GCs with eGFP lentiviruses revealed

146 Underpinning this method is the labeling of protein molecules with either iodine- or bro

147 (staph) is demonstrated by near-quantitative labeling of multiple protein substrates with excellent s

148 In this study, metabolic labeling of bacteria with fatty acid chemical reporters

149 Nevertheless, labeling of FDC reticula with FDC-M1 and anti-complement

150 In vitro labeling of autologous human leukocytes with FDG and (11

151 Conclusion Endogenous labeling of macrophages with ferumoxytol enables noninva

152 48-50 h resulted in first- and second-order labeling of RV in combination with first-order labeling

153 in a fluorescent-activated cell sorter after labeling of K. lactis cells with fluorescein isothiocyan

154 assays using nitrocefin efflux and covalent labeling of Phe615Cys mutant AcrB with fluorescein-5-mal

155 We hypothesized that the double labeling of an adenovirus with fluorescent proteins woul

156 Site-selective labeling of DTT with fluorescent dyes indicates that the

157 e first time a way for direct, site-specific labeling of proteins with fluorescent-dyes in live cells

158 layer of retinal cross-sections, retrograde labeling of retinal ganglion cells with fluorescent dye,

159 vity in response to sensory stimuli, and the labeling of single neurons with fluorescent proteins all

160 This protocol entails labeling of the cellular compartment with fluorescent pr

161 ot rely on sampling and that uses retrograde labeling of RGCs with Fluorogold (Fluorochrome; Englewoo

162 ons in the SN, detected either by retrograde labeling of those cells with fluorogold or by tyrosine h

163 n or assembly within stressed cells, in situ labeling of sterically shielded cysteines with fluoropho

164 re dispensable for hair bundle integrity and labeling of hair cells with FM4-64, which was used as a

165 Photoaffinity labeling of Rab4 with [gamma-(32)P]GTP-azidoanilide show

166 Photoaffinity labeling of Rab5 with [gamma-(32)P]GTP-azidoanilide show

167 An optical signal was measured by secondary labeling of antigens with gold nanoparticles and their e

168 A general method of rigid, specific labeling of proteins with gold clusters has been devised

169 Inside the cell, we achieved specific labeling of cytoskeletal proteins with green and red flu

170 Simultaneous multiplexed labeling of human keratinocytes with green QDs conjugate

171 tivity and specificity based on fluorescence labeling of DNA adducts combined with high-performance l

172 CD44 in breast cancer cells, we demonstrate labeling of fixed cells with high specificity that corre

173 o acid p-acetyl-L-phenylalanine for specific labeling of the protein with hydrazide derivatives of fl

174 Although double-labeling of microglia with Iba1 and ED1 revealed numerou

175 Here we combine back-filling or genetic labeling of spinal interneurons with in situ staining fo

176 dihydrosphingosine, but it slightly affected labeling of sphingolipids with inositol.

177 l Tf IEF patterns were analyzed by metabolic labeling of fibroblasts with inverted question mark2-(3)

178 Moreover, labeling of this polypeptide correlated with irreversibl

179 s based on differential (12)C-/(13)C-isotope labeling of polyphenols through derivatization with isot

180 Differential stable isotope labeling of the ClpPRS complex with iTRAQ revealed a fiv

181 with L-[methyl-3H]methionine and by in vitro labeling of cell proteins with L-[methyl-3H]S-adenosylme

182 n in NGF signaling was examined by metabolic labeling of PC12 cell proteins with L-[methyl-3H]methion

183 signaling pathways studies based on in vivo labeling of proteins with "light" (12C-labeled) or "heav

184 Metabolic labeling of cells with low-energy beta-emitting radioiso

185 Lack of significant 13C labeling of glutamate was consistent with low respirator

186 Photoaffinity labeling of HL-60 cells with LTC4-125I-ASA identified GA

187 In addition, the Golgi-like labeling of neurons with many different colors provides

188 f-flight mass spectrometry combined with the labeling of specific ligands with mass tags enables dete

189 Covalent labeling of surface residues, combined with mass spectro

190 Labeling of intact rod photoreceptors with membrane mark

191 Photoaffinity labeling of myofilament proteins with meta-Azi-propofol

192 been developed for the convenient N-terminal labeling of peptides with metal ion radionuclides of Bi(

193 Labeling of proteins with metallic radionuclides for use

194 al proteomics approach together with in vivo labeling of proteins with modified amino acids in mice t

195 We report the labeling of IL2 with N-succinimidyl 4-(18)F-fluorobenzoa

196 euronal NOS (bNOS), combined with retrograde labeling of ganglion cells (GCs) with Neurobiotin (NB, a

197 Double labeling of sGC with neuronal nitric oxide synthase show

198 Double labeling of sGC with neuronal nitric oxide synthase show

199 Cell-selective metabolic labeling of proteins with noncanonical amino acids enabl

200 structural analysis by combining fluorophore labeling of nucleic acids with novel quantitation algori

201 ine was observed with model amino acids, the labeling of protein amines with ONDs is fast enough to b

202 Double labeling of myocilin with other ECM components was perfo

203 Thus, labeling of tumors with phosphatidylserine is a promisin

204 Pulse labeling of ATMs with PKH26 assessed the recruitment rat

205 Labeling of recombinant proteins with polypeptide fusion

206 bunits NR1 and NR2B by combining anterograde labeling of thalamo-amygdaloid afferents with postembedd

207 We have performed 22 rounds of labeling of a single tissue with precise co-registration

208 maladaptive orienting to, interpreting, and labeling of potential threats, associated with prefronta

209 central nervous system (CNS) showed intense labeling of nuclear "gems," along with prominent nucleol

210 confirmed by loss of vasodilation to ACh and labeling of disrupted cells with propidium iodide), an a

211 We show that selective labeling of proteins with protonated amino acids embedde

212 ) endocytic uptake of QDs and (ii) selective labeling of cell surface proteins with QDs conjugated to

213 Double labeling of gastric glands with rab3D and pepsinogen ant

214 Direct ex vivo labeling of T lymphocytes with radioactive probes before

215 im of this study is to explore chelator-free labeling of LDH nanoparticles with radioisotopes for in

216 Both metabolic labeling of calcineurin B with radiolabeled myristic aci

217 Also, the labeling of peptides with radiometals and applications o

218 ato-R CoRL reporter mice to induce permanent labeling of CoRL with red fluorescent protein variant td

219 The labeling of nucleotides and oligonucleotides with report

220 This region was identified by juxtacellular labeling of neurons with respiratory-related activity an

221 adhesion which was determined by fluorescent labeling of leukocytes with rhodamine 6G.

222 Coupling 32P labeling of intact mitochondria with SDS gel electrophor

223 lection of toxins on an antibody microarray, labeling of captured antigens with secondary biotinylate

224 lpha-subunit of the background construct and labeling of all five mutants with single cysteine residu

225 Labeling of bispecific antibodies with single-photon-emi

226 The labeling of proteins with small ubiquitin (Ub) and ubiqu

227 However, labeling of DNA with some fluorescent dyes, e.g., tetram

228 A method was developed using thiol-specific labeling of the ligand combined with subsequent immunoaf

229 t the catalytic site inhibited photoaffinity labeling of Pgp with substrate analogues, [125I]iodoaryl

230 Oxidation or labeling of hBCATm with sulfhydryl reagents results in e

231 Metabolic labeling of glycans with synthetic sugar analogs has eme

232 CT images were acquired 1 hour after in vivo labeling of RBCs with Tc-99m.

233 Double labeling of brain with terminal deoxynucleotidyl transfe

234 nzyme inactivation results from its covalent labeling of alpha with the sugar of F(2)CDP (one label/a

235 s or from the thymic monolayers, as shown by labeling of cells with the lipophilic membrane dye PKH26

236 Our method relies on asymmetric labeling of each subunit with the following scheme: spec

237 angement of TatA and TatB in intact cells by labeling of engineered cysteine residues with the membra

238 Although labeling of Escherichia coli with the chemical reporter

239 In contrast to the labeling of every cell with the Cdc2 monoclonal antibody

240 ng a new method, that of [13C]carbon dioxide labeling of intact Arabidopsis plants with the subsequen

241 -based mitochondrial isolation procedure and labeling of mitochondria with the ratiometric fluorescen

242 iPOND relies on labeling of nascent DNA with the nucleoside analog 5-eth

243 Furthermore, photoaffinity labeling of P-gp with the substrate analogue [125I]iodoa

244 e of ATP hydrolysis by Pgp and photoaffinity labeling of Pgp with the substrate analogue [125I]iodoar

245 Retrograde labeling of premotor interneurons with the trans-synapti

246 with the widespread use of uniform isotopic labeling of proteins and RNA with the NMR-active isotope

247 suggest that the positive immunocytochemical labeling of Purkinje cells with the GluR2/3 antibody is

248 Immuno-labeling of skin equivalent sections with the anti-type

249 Immunofluorescence labeling of the human tissue with the probe demonstrated

250 target Pcs and bioconjugation techniques for labeling of the oligonucleotides with the near-IR fluors

251 of human platelets showed significantly more labeling of the PM with the type III receptor antibodies

252 toreceptors were identified as cones by dual labeling of their inner segments with the lectin peanut

253 Double labeling of TSH4 with the ramosa2, branched silkless1 an

254 diffuse band of punctate labeling in CA1c to labeling of cell bodies along with their proximal dendri

255 The degree of maleimide labeling of different residues correlated with their acc

256 The pharmacological specificity of labeling of residues, together with their locations in t

257 re was weak labeling of the OPL and stronger labeling of the IPL, with three distinct bands at the sa

258 Labeling of the particles with three different monoclona

259 otubule dynamics tend to rely on fluorescent labeling of tubulin, with tracking accuracy thereby limi

260 Metabolic labeling of DGA1 deletion strains with triglyceride prec

261 ganglion cells were quantified after double labeling of retinal tissue with TUNEL and Brn3a.

262 of this study is to quantify IHC images for labeling of ER status with two different crowdsourcing a

263 Double labeling of tissue with two different hair cell markers

264 the fatty acid synthetic pathway measured by labeling of six surgical specimens with [U-14C]acetate w

265 The labeling of proteins with ubiquitin/ubiquitin-like (Ubl)

266 fluorescence detection and the differential labeling of samples with up to four different fluorophor

267 fluoresceinated antibodies, indirect enzyme labeling of the bacteria with urease-labeled anti-fluore

268 Magnetic labeling of mammalian cells with use of ferumoxides and

269 xidase into a lumbar DRG resulted in intense labeling of IB4 axons, with very low background.

270 nd half-life were determined after metabolic labeling of CCS-/- fibroblasts transfected with wild-typ

271 Metabolic labeling of Cos7 cells transfected with wild type HHL1 c